<p>A chain of 5 neurons (shown in red) is embedded within a larger network of 100 neurons connected in an all-to-all fashion (grey lines where only a fraction of the total connections are shown for clarity). The goal of this simulation is to extract the causal core shown in panel A using Granger Methods. Each synaptic weight in the chain is is set at 40 mV. Panel (B) shows the activity of these five neurons within the full network. Panel (C) shows the results from only PGC analysis in which the causal serial relationship can be seen along the diagonal. Panel (D) shows the remaining significant connectivity after CGC analysis and their corresponding synaptic weights. Note that the weights down the chain are significantly underestimated, this...
We describe a theoretical network analysis that can distinguish statistically causal interactions in...
<div><p>Identifying the structure and dynamics of synaptic interactions between neurons is the first...
<p>(A) The Granger causality matrix shows how much each neuron interacts one another. (B) The causa...
<p>This was carried out where a) shows the synaptic weights before simulation. Calculation of PGC fo...
<p>Illustrated here are results for a large IF network ( excitatory and inhibitory neurons) with ra...
<p>Random synaptic weights of 15 mV and 45 mV were generated between each neuron in a five-neuron se...
<p>The PGC results from a mono-directional simulation with the weight from neuron 4 to 5 varied from...
<p>Direct influences between N2 and N3 were recovered by both methods to allow a comparison of Gewek...
<div><p>Reconstruction of anatomical connectivity from measured dynamical activities of coupled neur...
Reconstruction of anatomical connectivity from measured dynamical activities of coupled neurons is o...
<p><b>A</b>, An example of connectivity matrix for 80 excitatory neurons containing a single cluster...
(A) Network structure emerging after learning 2 training stimuli. The modeled neuronal populations a...
The brain’s structural connectivity plays a fundamental role in determining how neuron networks gene...
The neural network in the brain is not hard-wired. Even in the mature brain, new connections between...
Objectives: The authors utilize a model of activity-dependent neuronal plasticity to study the inter...
We describe a theoretical network analysis that can distinguish statistically causal interactions in...
<div><p>Identifying the structure and dynamics of synaptic interactions between neurons is the first...
<p>(A) The Granger causality matrix shows how much each neuron interacts one another. (B) The causa...
<p>This was carried out where a) shows the synaptic weights before simulation. Calculation of PGC fo...
<p>Illustrated here are results for a large IF network ( excitatory and inhibitory neurons) with ra...
<p>Random synaptic weights of 15 mV and 45 mV were generated between each neuron in a five-neuron se...
<p>The PGC results from a mono-directional simulation with the weight from neuron 4 to 5 varied from...
<p>Direct influences between N2 and N3 were recovered by both methods to allow a comparison of Gewek...
<div><p>Reconstruction of anatomical connectivity from measured dynamical activities of coupled neur...
Reconstruction of anatomical connectivity from measured dynamical activities of coupled neurons is o...
<p><b>A</b>, An example of connectivity matrix for 80 excitatory neurons containing a single cluster...
(A) Network structure emerging after learning 2 training stimuli. The modeled neuronal populations a...
The brain’s structural connectivity plays a fundamental role in determining how neuron networks gene...
The neural network in the brain is not hard-wired. Even in the mature brain, new connections between...
Objectives: The authors utilize a model of activity-dependent neuronal plasticity to study the inter...
We describe a theoretical network analysis that can distinguish statistically causal interactions in...
<div><p>Identifying the structure and dynamics of synaptic interactions between neurons is the first...
<p>(A) The Granger causality matrix shows how much each neuron interacts one another. (B) The causa...